La presente comunicación compara la estabilidad que presentan diferentes refuerzos intermetálicos (Ti 3 Al y TiAl) adicionados a una matriz de aluminio (AA6061), empleándose para ambos refuerzos diferentes contenidos del mismo. El método de fabricación elegido combina una vía pulvimetalúrgica con un proceso secundario de extrusión en caliente. Para estudiar la interacción del refuerzo con la matriz, se llevan a cabo tratamientos térmicos de solubilización en estufas con atmósfera controlada, a una temperatura de 530ºC y variando el tiempo entre 0 y 24 h. Se utiliza la microscopía electrónica de barrido (MEB) para el estudio microestructural de los compuestos, calculándose el espesor y la velocidad de crecimiento de las capas de reacción mediante técnicas de análisis de imagen. La estequiometría de las capas formadas se determina mediante microanálisis por energías dispersivas de rayos X (EDX). Palabras clave: compuestos, aluminio, partículas intermetálicas, interacción matriz/refuerzo, análisis imagen. Image análisis study of matrix reinforcement interaction on AA6061 / Ti-Al particle reinforced compositesIn this paper is compared the stability of different contents of intermetallic particles (Ti 3 Al and TiAl) in an aluminium alloy (AA6061). A powder metallurgy route combined with a secondary hot extrusion process, was followed to fabricate the composites. The matrix/ reinforcement interaction was enhanced by solubilization heat treatments at temperatures ranging form 470 to 530ºC and times from 1 to 24 h. Scanning electron microscopy was employed to study the microstructure of the composites. The reaction layer thickness and its growing speed were determined by image analysis. The stoichiometric composition was obtained by dispersive energy diffraction of X ray.
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